There is currently a lack of process and mechanism for data sharing amongst Transmission Operators and the National Energy System Operator (NESO). The Data Sharing Infrastructure (DSI) project aims to create a common data sharing infrastructure, in a secure, resilient and scalable way, to achieve an ecosystem of connected digital twins, as we transition to net zero.
Benefits
The outputs of the wider project led by NESO, with contributions from SSEN-T, SSEN-D and NGET has the potential to deliver significant benefits to the economy and to net zero. Other more specific benefits include the following:
• Enables a seamless process for search, find and consumption of data that can be scaled, especially if more frequent base model sharing is required in the future.
• Improved safety and grid resilience through more effective and frequent modelling.
• Increased customer satisfaction through faster and less error-prone outage management process.
• Increased interoperability across different actors in the energy sector.
• Increased competition across power systems analysis software vendors due to increased interoperability of data.
• Reduces data redundancy as base network model is consistent across operators.
• Reduction of outage planning queues.
• Cost reduction in the whole process and efficient use of human resources time in engineering details rather than information gathering.
• Deliver open data and digital market enablement in our digitalisation strategy.
The following qualitative benefits for SSEN-Transmission are associated with the outputs of contributing to this project as a partner alongside the other networks (NGET and SSEN-D):
• Contribution to T3 –There is value in our involvement in the development of this work, as in T3 this is due to become the industry standard.
• Potential to expand on capability allowing for support on multiple use cases.
• Ofgem’s Data Best Practice is part of our license conditions and outlines 11 core principles that we must adhere to in order to be compliant. Many of the principles relate to interoperability and the standardisation of data across the industry to drive the agenda for net zero.
• The T3 Business Case planning overview refers to the investment required in Data & Digitalisation (in line with Data Best Practice (DBP) Guidance & Principles above). We are aware that Ofgem is driving this and have expectations on networks to deliver.
• The EDiT report is referenced by SSEN-T and industry widely and refers to the need for vast digitalisation to achieve net zero targets.
• Future Systems and Network Regulation (FSNR) is focused on creating an energy system for the future – this pilot and MVP aligns with this work.
Cost Benefit Analysis:
As this project is a pilot project, led and established by NESO, the internal development of a CBA is not required at this stage of the project. The associated qualitative benefits are listed in the section above.
Key Project Risks:
• Project being led by NESO, in collaboration with the other networks. We are therefore reliant on those partners for success of the project.
• The collaboration agreement not being in place and impacting the ability to contribute to the project with a significant effect on timescales.
• This is a pilot project, therefore there is not a detailed statement of requirements. Therefore, our contributions have been based on assumptions and cost estimations. There is a risk that if new information comes to light, then we may have to revise the budget and scope.
Learnings
Outcomes
The DSI Pilot successfully developed and tested the Data Sharing Infrastructure (DSI) concept through the electricity operational planning use case, with stakeholders across project partners. It created a tangible demonstrator of the DSI, a PoC which developed functionality as a testbed for the DSI MVP.
The DSI Pilot solution supported the data exchange needed for agreement of operational scenarios. While it had limitations as a PoC solution, it has started to showcase the long-term benefits of DSI, including: standardised data exchange, enhanced collaboration, improved data quality, automation and efficiency, security and compliance, and scalability.
As a time bound PoC, there were elements of the solution that were not developed in the Pilot, including the Trust Framework. The development and trials of the Pilot have supported the evaluation of user needs and prioritisation of these future features.
The DSI Pilot has captured essential knowledge that will help to evolve the technical design and implementation for MVP.
The pilot learnings point at key areas that will help derisk the delivery of the MVP, ensure that it will be able to scale and meet needs across a variety of use cases, promoting its adoption across the energy industry.
Lessons Learnt
SSEN-T provided much of the information which formed the lessons learnt for the future projects as a result of DSI – led by NESO.
Reflecting and taking actions from these lessons will derisk the upcoming DSI Minimum Viable Product (MVP) phase, improve technical implementation, streamline future user adoption, and optimise the user experience across the DSI ecosystem. The common themes for reflection include:
- The need for continuous hands-on testing and evolution of the DSI, particularly concerning the DPN
- The need to develop a flexible implementation approach tailored to the variety of organisations' data strategies and maturity levels which is essential for integration and adoption within the energy sector
- The need to focus on core functionalities that deliver value across multiple use cases
- The need for a repository of accessible, clear, and comprehensive documentation to support the adoption of the DSI